ⓐ
\(K = \dfrac{\left(\dfrac{[\ce{H3O+}]}{c^0}\right)^1 × \left(\dfrac{[\ce{CH3COO-}]}{c^0}\right)^1}{\left(\dfrac{[\ce{CH3COOH}]}{c^0}\right)^1 × 1^1}\)
En \(\pu{mol*L-1}\) on obtient \(K = \dfrac{[\ce{H3O+}] × [\ce{CH3COO-}]}{[\ce{CH3COOH}]}\)
ⓑ
\(K = \dfrac{\left(\dfrac{[\ce{Cu^2+}]}{c^0}\right)^1 × 1^2}{1^1 × \left(\dfrac{[\ce{Ag+}]}{c^0}\right)^2}\)
En \(\pu{mol*L-1}\) on obtient \(K = \dfrac{[\ce{Cu^2+}]}{[\ce{Ag+}]^2}\)
ⓒ
\(K = \dfrac{\left(\dfrac{[\ce{I-}]}{c^0}\right)^6 × \left(\dfrac{[\ce{Al^3+}]}{c^0}\right)^2}{\left(\dfrac{[\ce{I2}]}{c^0}\right)^3 × 1^2}\)
En \(\pu{mol*L-1}\) on obtient \(K = \dfrac{[\ce{I-}]^6 × [\ce{Al^3+}]^2}{[\ce{I2}]^3}\)
ⓓ
\(K = \dfrac{\left(\dfrac{[\ce{I2}]}{c^0}\right)^1 × 1^2}{\left(\dfrac{[\ce{H2O2}]}{c^0}\right)^1 × \left(\dfrac{[\ce{I-}]}{c^0}\right)^2 × \left(\dfrac{[\ce{H+}]}{c^0}\right)^2}\)
En \(\pu{mol*L-1}\) on obtient \(K = \dfrac{[\ce{I2}]}{[\ce{H2O2}] × [\ce{I-}]^2 × [\ce{H+}]^2}\)
